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Methods of risk identification in coating plant
Buriánková, Alena ; Mukhametzianova, Leisan (referee) ; Kotek, Luboš (advisor)
This bachelor thesis is about methods which could be used for identifying risks in paint shop. The first part deals with process of risk management and descriptions of its phases. The second part is detailed description of selected methods. Descriptions include all characteristics, procedure and fields of applications. The security checks and risk identifications in paint shop with using FMEA process are in the last part.
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Design Optimization of The Production Process
Neckařová, Ivana ; Burianková, Alena (referee) ; Juřica, Pavel (advisor)
This bachelor thesis is focused on the optimization of manufacturing process of heated door at SCHOTT FLAT GLASS CR, Ltd., where downtimes occur as a result of unbalanced workplaces together with inappropriate layout of the workplace in the production. The first part explains the concepts of lean manufacturing, types of wasting and balancing workplaces through Yamazumi method. Further part consists of an analysis of the current state and the unveiling of manufacturing activities responsible for downtimes. The last section includes proposals of possible solutions for the situation, leading to reduced movements of material, human resources and such distribution of manufacturing operations among operators that will result in the elimination of downtimes, reduction of tact time and saving of production area.
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Scrap Analysis in Manufacturing Process
Buriánková, Alena ; Blecha, Petr (referee) ; Bednář, Josef (advisor)
The master’s thesis is focused on the reduction of rejection rate in production of plastic bowls with the use of statistic methods. The theoretical part of this thesis describes among others Statistical Process Control, Process capability and types regulatory diagrams. The basis for the practical part is data collection over a certain period of production, from which the percentage of the rejection rate is evaluated. Experiments and corrective actions are designed to improve the process and thereby reduce scrap.
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Scrap Analysis in Manufacturing Process
Buriánková, Alena ; Blecha, Petr (referee) ; Bednář, Josef (advisor)
The master’s thesis is focused on the reduction of rejection rate in production of plastic bowls with the use of statistic methods. The theoretical part of this thesis describes among others Statistical Process Control, Process capability and types regulatory diagrams. The basis for the practical part is data collection over a certain period of production, from which the percentage of the rejection rate is evaluated. Experiments and corrective actions are designed to improve the process and thereby reduce scrap.
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Methods of risk identification in coating plant
Buriánková, Alena ; Mukhametzianova, Leisan (referee) ; Kotek, Luboš (advisor)
This bachelor thesis is about methods which could be used for identifying risks in paint shop. The first part deals with process of risk management and descriptions of its phases. The second part is detailed description of selected methods. Descriptions include all characteristics, procedure and fields of applications. The security checks and risk identifications in paint shop with using FMEA process are in the last part.
|
|
|
Design Optimization of The Production Process
Neckařová, Ivana ; Burianková, Alena (referee) ; Juřica, Pavel (advisor)
This bachelor thesis is focused on the optimization of manufacturing process of heated door at SCHOTT FLAT GLASS CR, Ltd., where downtimes occur as a result of unbalanced workplaces together with inappropriate layout of the workplace in the production. The first part explains the concepts of lean manufacturing, types of wasting and balancing workplaces through Yamazumi method. Further part consists of an analysis of the current state and the unveiling of manufacturing activities responsible for downtimes. The last section includes proposals of possible solutions for the situation, leading to reduced movements of material, human resources and such distribution of manufacturing operations among operators that will result in the elimination of downtimes, reduction of tact time and saving of production area.
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